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Team:Imperial College London/Ethics
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When designing our 2009 iGEM drug delivery system The E.ncapsulator, we were faced with the issue of ingesting genetically modified organisms. In fact, our system uses Escherichia <i>coli</i> to produce a curative polypeptide. The bacteria then auto-encapsulate in a coat of sugars which will subsequently allow the produced polypeptides to arrive intact to the gut. The third module is when the bacteria over-express a set of restriction enzymes. This has the effect of killing the bacteria by making destroying their entire DNA. Without their DNA, the bacteria are unable to produce the proteins that enable them to survive and therefore die, leaving behind a bag full of the curative polypeptides.<br> | When designing our 2009 iGEM drug delivery system The E.ncapsulator, we were faced with the issue of ingesting genetically modified organisms. In fact, our system uses Escherichia <i>coli</i> to produce a curative polypeptide. The bacteria then auto-encapsulate in a coat of sugars which will subsequently allow the produced polypeptides to arrive intact to the gut. The third module is when the bacteria over-express a set of restriction enzymes. This has the effect of killing the bacteria by making destroying their entire DNA. Without their DNA, the bacteria are unable to produce the proteins that enable them to survive and therefore die, leaving behind a bag full of the curative polypeptides.<br> | ||
This third module was consciously added to the E.ncapsulator system in order to ensure that no living, genetically modified bacteria would be ingested. This module was the result of discussion among the team about the issues surrounding genetically engineered organisms, their ingestion and the risks involved.<br><br> | This third module was consciously added to the E.ncapsulator system in order to ensure that no living, genetically modified bacteria would be ingested. This module was the result of discussion among the team about the issues surrounding genetically engineered organisms, their ingestion and the risks involved.<br><br> | ||
| - | However, our human practices project doesn't stop there. In fact, we have recorded video interviews (scroll down) of the members of the team and written two documents looking at the following three themes:<br> | + | However, our human practices project doesn't stop there. In fact, we have <b>recorded video interviews</b> (scroll down) of the members of the team and <b>written two documents</b> looking at the following three themes:<br> |
| - | 1. The importance of making science understandable by a large audience<br> | + | <b>1.</b> The importance of making science understandable by a large audience<br> |
| - | 2. What are the materials engineered in Synthetic Biology <br> | + | <b>2.</b> What are the materials engineered in Synthetic Biology <br> |
| - | 3. Risk and responsibility of Synthetic Biology and the importance of dialogue between science and society<br> | + | <b>3.</b> Risk and responsibility of Synthetic Biology and the importance of dialogue between science and society<br> |
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Revision as of 21:05, 21 October 2009
Ethics
When designing our 2009 iGEM drug delivery system The E.ncapsulator, we were faced with the issue of ingesting genetically modified organisms. In fact, our system uses Escherichia coli to produce a curative polypeptide. The bacteria then auto-encapsulate in a coat of sugars which will subsequently allow the produced polypeptides to arrive intact to the gut. The third module is when the bacteria over-express a set of restriction enzymes. This has the effect of killing the bacteria by making destroying their entire DNA. Without their DNA, the bacteria are unable to produce the proteins that enable them to survive and therefore die, leaving behind a bag full of the curative polypeptides.
This third module was consciously added to the E.ncapsulator system in order to ensure that no living, genetically modified bacteria would be ingested. This module was the result of discussion among the team about the issues surrounding genetically engineered organisms, their ingestion and the risks involved.
However, our human practices project doesn't stop there. In fact, we have recorded video interviews (scroll down) of the members of the team and written two documents looking at the following three themes:
1. The importance of making science understandable by a large audience
2. What are the materials engineered in Synthetic Biology
3. Risk and responsibility of Synthetic Biology and the importance of dialogue between science and society
